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jose-compu
GitHub creator profile

jose-compu

Repository-level view of 30 collected skills across 3 GitHub repositories.

skills collected
30
repositories
3
updated
2026-05-17
repository explorer

Repositories and representative skills

self-improving-business
management-analysts-131111

Captures business administration issues, policy gaps, KPI misalignment, decision delays, handoff failures, and stakeholder misalignment to improve operational decision quality. Use when: (1) approval or execution bottlenecks appear, (2) KPI definitions conflict across teams, (3) process governance is inconsistent, (4) SLA commitments are missed or trending late, (5) budget variance requires triage, (6) vendor or cross-team handoff breaks, (7) policy documentation drifts from actual practice.

2026-04-13
self-improving-domotics
audiovisual-equipment-installers-and-repairers

Captures smart-home automation conflicts, sensor drift, device connectivity failures, integration regressions, safety rule gaps, and energy optimization opportunities for continuous domotics improvement. Use when: (1) Automations conflict, loop, or misfire, (2) Sensors become stale or inaccurate, (3) Devices are unreachable or intermittently offline, (4) Cloud or local integrations break, (5) Occupancy detection is inconsistent with reality, (6) Latency causes delayed or jittery automations, (7) Energy usage patterns are inefficient, (8) Safety automations need stronger guardrails.

2026-04-13
self-improving-meta
software-developers

Improves the agent infrastructure itself — core prompt files (AGENTS.md, SOUL.md, TOOLS.md, CLAUDE.md), skill definitions, hooks, rules, extensions, and memory management. Use when: (1) An agent misinterprets a prompt file instruction, (2) A hook fails or doesn't trigger, (3) A skill is not activating correctly, (4) Rules conflict across files, (5) Context window is bloated by verbose prompt files, (6) Memory entries are stale or degrading quality, (7) A skill template is missing sections or unclear.

2026-04-13
self-improving-negotiation
software-developers

Captures negotiation strategy failures, concession leaks, BATNA weakness, framing misses, objection handling gaps, escalation misalignment, anchor errors, and agreement quality risks for continuous improvement. Use when negotiations stall, concessions exceed guardrails, terms are ambiguous, or recurring bargaining patterns emerge.

2026-04-13
self-improving-supply-chain
logisticians

Captures forecast errors, supplier risks, logistics delays, inventory mismatches, quality deviations, and demand signal shifts to enable continuous supply chain improvement. Use when: (1) A stockout or backorder event occurs, (2) A delivery SLA is missed, (3) Supplier lead time increases, (4) Quality rejection rate spikes, (5) Demand forecast vs. actual variance exceeds 15%, (6) Warehouse capacity threshold is breached, (7) A procurement or routing decision needs documentation.

2026-04-13
self-improving-ai
data-scientists-152051

Captures learnings about GenAI/LLM configuration, model selection, inference optimization, fine-tuning, RAG pipelines, prompt engineering, multimodal processing, and cost management. Use when: (1) Model response quality degrades after a provider update or version change, (2) Inference latency exceeds acceptable thresholds, (3) Fine-tuned model regresses on evaluation benchmarks, (4) RAG retrieval returns irrelevant or stale chunks, (5) Token costs exceed budget projections, (6) Hallucination rate increases on factual queries, (7) Context window overflows cause critical information truncation, (8) Multimodal pipeline fails on specific input types (image, audio, video, PDF), (9) A better model or configuration is discovered for a task, (10) Guardrails block valid output or miss harmful content.

2026-04-13
self-improving-analytics
data-scientists-152051

Captures data quality issues, metric drift, pipeline failures, misleading visualizations, metric definition mismatches, and data freshness problems to enable continuous analytics improvement. Use when: (1) An ETL/ELT pipeline fails, (2) A metric value shows anomalous behavior, (3) Two teams define the same metric differently, (4) A dashboard shows wrong or misleading data, (5) A data freshness SLA is missed, (6) A schema change breaks downstream consumers.

2026-04-13
self-improving-coding
software-developers

Captures lint errors, type mismatches, runtime bugs, anti-patterns, refactoring opportunities, language idiom gaps, debugging insights, and tooling issues to enable continuous coding improvement. Use when: (1) A lint or type error occurs, (2) A runtime exception is thrown, (3) An anti-pattern is identified in code, (4) A refactoring opportunity is discovered, (5) A better language idiom is found, (6) A debugging breakthrough reveals root cause, (7) A tooling issue blocks development.

2026-04-13
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